Papers
4
Total Citations
104
H-Index
3
About
Jung-Ho Park is a researcher whose work bridges advanced engineering diagnostics and innovative educational methodologies. His primary research areas include mechanical fault detection, particularly in industrial robotics, and the integration of robotics into elementary science and STEAM (Science, Technology, Engineering, Arts, and Mathematics) education. Park’s most significant contribution is the development of Phase-based Time Domain Averaging (PTDA), a novel technique for detecting gearbox faults in industrial robots using vibration signals. This work, published in 2019, has garnered 84 citations, underscoring its impact on predictive maintenance and reliability engineering. In the educational domain, Park has explored how robotics-enhanced inquiry-based learning can improve student engagement and attitudes toward science and mathematics in South Korean elementary schools. His 2015 study on this topic, with 12 citations, highlights the potential of hands-on, robot-integrated curricula to address declining student interest despite high academic performance in STEM subjects. Additionally, his 2012 investigation into STEAM education with robots, which examined effects on learning motivation and attitudes, further demonstrates his commitment to fostering interdisciplinary, engaging learning environments. Park’s work thus spans from cutting-edge industrial diagnostics to transformative educational practices, making him a notable figure in both engineering and pedagogy.
Research Focus
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